Household Pesticide Contamination from Indoor Pest Control Applications in Urban Low-Income Public Housing Dwellings: A Community-Based Participatory Research
Abstract:We designed this community-based participatory research (CBPR) project aiming to generate evidence-based research results in order to encourage residents living in urban low-income public housing dwellings engaging in a community-wide integrated pest management (IPM) program with the intention to improve their health and quality of life, as well as household conditions.
We enrolled 20 families and their children in this study in which we utilized environmental exposure assessment (surface wipe and indoor air) … Show more
“…This review refers to studies examining chemical exposures in homes, or “household exposure research.” These studies have demonstrated that household air and dust contain dozens of potentially harmful chemicals (Brody et al 2009; Rudel et al 2003; Mercier et al 2011; Ashmore and Dimitroupoulou 2009; Weschler and Nazaroff 2008), including some that are heavily regulated or banned, such as lead, asbestos, and polychlorinated biphenyls (PCBs) (Arcury et al 2014; Lu et al 2013). Others, such as flame retardants, phthalates, or parabens, are approved for current use or are treated differently in different jurisdictions (Julien et al 2008; Dodson et al 2012b; Johnson et al 2010; Allen et al 2007; Bornehag et al 2004; Su et al 2013; Wilson et al 2007).…”
Background:Scientists conducting research into household air or dust pollution must decide whether, when, and how to disclose to study participants their individual results. A variety of considerations factor into this decision, but one factor that has not received attention until now is the possibility that study participants’ receipt of their results might create legal duties under environmental, property, landlord–tenant, or other laws.Objectives:This article examines relevant laws and regulations and explores the scope of participants’ legal duties and the resulting legal and ethical consequences for researchers. Participants could be required in some situations to disclose the presence of certain chemicals when selling or renting their homes or to frequent visitors. The article discusses hypothetical case studies involving the reporting back of results regarding lead, polychlorinated biphenyls, and phthalates.Discussion:The potential legal duties of study participants have both ethical and legal implications for researchers. Issues include whether the legal consequences for participants should affect the decision whether to report back individual results, how researchers should disclose the legal risks to participants during the informed consent process, and whether researchers would be liable to study participants for legal or economic harm arising from reporting study results to them. The review provides recommendations for language that researchers could use in the informed consent process to disclose the legal risks.Conclusions:Researchers should still report back to participants who want to see their results, but they should disclose the risks of obtaining the information as part of the informed consent process.Citation:Goho SA. 2016. The legal implications of report back in household exposure studies. Environ Health Perspect 124:1662–1670; http://dx.doi.org/10.1289/EHP187
“…This review refers to studies examining chemical exposures in homes, or “household exposure research.” These studies have demonstrated that household air and dust contain dozens of potentially harmful chemicals (Brody et al 2009; Rudel et al 2003; Mercier et al 2011; Ashmore and Dimitroupoulou 2009; Weschler and Nazaroff 2008), including some that are heavily regulated or banned, such as lead, asbestos, and polychlorinated biphenyls (PCBs) (Arcury et al 2014; Lu et al 2013). Others, such as flame retardants, phthalates, or parabens, are approved for current use or are treated differently in different jurisdictions (Julien et al 2008; Dodson et al 2012b; Johnson et al 2010; Allen et al 2007; Bornehag et al 2004; Su et al 2013; Wilson et al 2007).…”
Background:Scientists conducting research into household air or dust pollution must decide whether, when, and how to disclose to study participants their individual results. A variety of considerations factor into this decision, but one factor that has not received attention until now is the possibility that study participants’ receipt of their results might create legal duties under environmental, property, landlord–tenant, or other laws.Objectives:This article examines relevant laws and regulations and explores the scope of participants’ legal duties and the resulting legal and ethical consequences for researchers. Participants could be required in some situations to disclose the presence of certain chemicals when selling or renting their homes or to frequent visitors. The article discusses hypothetical case studies involving the reporting back of results regarding lead, polychlorinated biphenyls, and phthalates.Discussion:The potential legal duties of study participants have both ethical and legal implications for researchers. Issues include whether the legal consequences for participants should affect the decision whether to report back individual results, how researchers should disclose the legal risks to participants during the informed consent process, and whether researchers would be liable to study participants for legal or economic harm arising from reporting study results to them. The review provides recommendations for language that researchers could use in the informed consent process to disclose the legal risks.Conclusions:Researchers should still report back to participants who want to see their results, but they should disclose the risks of obtaining the information as part of the informed consent process.Citation:Goho SA. 2016. The legal implications of report back in household exposure studies. Environ Health Perspect 124:1662–1670; http://dx.doi.org/10.1289/EHP187
“…Although most OP pesticides were withdrawn from residential use in the US in the early 2000s, data from the 2007–2008 National Health and Nutrition Examination Survey (NHANES) indicate that exposure remains common. 34,35 OP exposure pathways in the non-agricultural US population include OP pesticide residues on food, 36,37 environmental exposures to remaining residues from residential pesticide application, 38 and non-agricultural occupational exposures. 39 Assessments of OP pesticide exposure in non-agricultural US populations have focused on vulnerable communities, and have been largely limited to analyses of prenatal and early life OP exposure and child development.…”
Background
This analysis documents detections and concentrations of the six dialkylphosphate (DAP) urinary metabolite of organophosphorus (OP) pesticides among North Carolina Latino migrant farmworkers, with comparison to non-farmworker Latino immigrants.
Methods
Participants provided up to 4 urine samples during the 2012 and 2013 agricultural seasons. Composite urine samples for each year were analyzed.
Results
DAP urinary metabolite detections were similar in farmworkers and non-farmworker; e.g., for 2012, 75.4% of farmworkers and 67.4% of non-farmworkers and, for 2013, 89.3% of farmworkers and 89.7% of non-farmworkers had dimethylthiophosphate detections. DAP geometric mean concentrations were high; e.g., dimethylphosphate concentrations among farmworkers were 11.39 µg/g creatinine for 2012 and 4.49 µg/g creatinine for 2013, while they were 10.49 µg/g creatinine for 2012 and 1.97 µg/g creatinine for 2013 for non-farmworkers
Conclusions
Research to reduce pesticide exposure among Latino farmworkers and non-farmworkers is needed.
“…That these immigrants live in situations in which they are exposed to pesticides is not surprising. Analyses consistently indicate that pesticide exposure is ubiquitous among Latinos in their communities of origin [Domínguez-Cortinas et al, 2013; Meza-Montenegro et al, 2013; Payán-Rentería et al, 2012; Sánchez-Guerra et al, 2011], as well as in their US communities, whether the US communities are agricultural or urban [Arcury et al 2009a, 2009b, 2010; Coronado et al 2011
Fenske et al 2013; Lu et al 2013; Julien et al 2007; McConnell et al 2005; Quirós-Alcalá et al 2011]. …”
Section: Discussionmentioning
confidence: 99%
“…Farmworkers also had more current residential exposure than non-farmworkers, thus increasing the relative health risks for farmworkers. Environmental measures of specific residential exposure for Latino farmworkers and non-farmworkers, as well as other vulnerable populations, are available [Arcury et al, 2013; Lu et al, 2013; Quandt et al, 2004; Quirós-Alcalá et al, 2011]. …”
Background
Pesticide exposure poses a health risk for farmworkers. This analysis documents lifetime and current pesticide exposure of North Carolina Latino migrant farmworkers, with comparison to non-farmworker Latino immigrants.
Methods
During May–October 2012, 235 Latino farmworkers and 212 Latino non-farmworkers completed interviews with items to construct measures of lifetime, current residential and occupational pesticide exposure.
Results
Farmworkers experience levels of lifetime and residential pesticide exposure that are consistently greater than among non-farmworkers. Farmworkers report a large number of occupational pesticide exposures. Lifetime exposure and current residential pesticide exposure are related to social determinants. Education is inversely related to lifetime pesticide exposure for farmworkers and non-farmworkers; farmworkers with H-2A visas report greater residential pesticide exposure than those without H-2A visas.
Conclusions
Occupational safety policy needs to consider these patterns of lifetime exposure when setting standards. Health care providers should be aware of the lifetime and current exposure of this vulnerable population.
scite is a Brooklyn-based organization that helps researchers better discover and understand research articles through Smart Citations–citations that display the context of the citation and describe whether the article provides supporting or contrasting evidence. scite is used by students and researchers from around the world and is funded in part by the National Science Foundation and the National Institute on Drug Abuse of the National Institutes of Health.